Matches in SemOpenAlex for { <https://semopenalex.org/work/W4300960238> ?p ?o ?g. }
- W4300960238 abstract "Abstract Biomimetic actuators are promising candidates for smart soft robotics. The applications of state‐of‐the‐art actuators require the combination of programmable stimuli‐responsiveness, excellent robustness, and efficient self‐healing ability in a wide‐range of working conditions. However, these properties may be mutually exclusive. Inspired by biological tissues, two kinds of polyelectrolytes including polyvinyl alcohol (PVA) and polystyrene sulfonate (PSS) are exploited as the fillers of cellulose nanofibrils (CNFs) for the fabrication of the CNF/PVA/PSS (CAS) film via the assembly of the physically‐crosslinked network through multiple H‐bonding and electrostatic interactions. Achieved by a casting‐evaporation strategy, internal stress is stored within the polymer matrix and transforms into reversible anisotropic bending deformations in response to a humidity gradient. The speed, direction, and pitch of the bending can be programmed by tailoring the internal stresses and geometry of the samples. Moreover, the H‐bonded network also contributes to the effective energy dissipation toward high toughness during tensile stretching, as well as self‐healing ability during moisture saturation of the CAS films. This enables the fabrication of a humidity‐sensitive flower‐shaped actuator and self‐healable packaging paper. This study presents a biomimetic strategy for the fabrication of multi‐functional soft robotics, which holds great promise for applications in the fields of biosensors and smart packaging." @default.
- W4300960238 created "2022-10-04" @default.
- W4300960238 creator A5033712619 @default.
- W4300960238 creator A5037937624 @default.
- W4300960238 creator A5055608808 @default.
- W4300960238 creator A5062138294 @default.
- W4300960238 creator A5078732616 @default.
- W4300960238 creator A5080359581 @default.
- W4300960238 creator A5085153680 @default.
- W4300960238 creator A5087405427 @default.
- W4300960238 creator A5089543227 @default.
- W4300960238 date "2022-10-03" @default.
- W4300960238 modified "2023-10-18" @default.
- W4300960238 title "Cellulose‐Reinforced Programmable and Stretch‐Healable Actuators for Smart Packaging" @default.
- W4300960238 cites W1981924963 @default.
- W4300960238 cites W1989861942 @default.
- W4300960238 cites W2003204040 @default.
- W4300960238 cites W2017792066 @default.
- W4300960238 cites W2070524728 @default.
- W4300960238 cites W2095264373 @default.
- W4300960238 cites W2117154563 @default.
- W4300960238 cites W2171367854 @default.
- W4300960238 cites W2346279171 @default.
- W4300960238 cites W2507200160 @default.
- W4300960238 cites W2563926069 @default.
- W4300960238 cites W2586084185 @default.
- W4300960238 cites W2785110060 @default.
- W4300960238 cites W2788527658 @default.
- W4300960238 cites W2800080674 @default.
- W4300960238 cites W2884148367 @default.
- W4300960238 cites W2886625189 @default.
- W4300960238 cites W2888050400 @default.
- W4300960238 cites W2889728892 @default.
- W4300960238 cites W2893554200 @default.
- W4300960238 cites W2893994264 @default.
- W4300960238 cites W2914324585 @default.
- W4300960238 cites W2930678192 @default.
- W4300960238 cites W2939223164 @default.
- W4300960238 cites W2942337281 @default.
- W4300960238 cites W2943492352 @default.
- W4300960238 cites W2945460911 @default.
- W4300960238 cites W2952912356 @default.
- W4300960238 cites W2952973464 @default.
- W4300960238 cites W2963980667 @default.
- W4300960238 cites W2965026422 @default.
- W4300960238 cites W2969322061 @default.
- W4300960238 cites W2976988025 @default.
- W4300960238 cites W2994969775 @default.
- W4300960238 cites W3003428748 @default.
- W4300960238 cites W3011363284 @default.
- W4300960238 cites W3022633241 @default.
- W4300960238 cites W3024299627 @default.
- W4300960238 cites W3028104297 @default.
- W4300960238 cites W3033650662 @default.
- W4300960238 cites W3043356919 @default.
- W4300960238 cites W3061295401 @default.
- W4300960238 cites W3084693248 @default.
- W4300960238 cites W3087077445 @default.
- W4300960238 cites W3092482208 @default.
- W4300960238 cites W3101960347 @default.
- W4300960238 cites W3111153953 @default.
- W4300960238 cites W3118403798 @default.
- W4300960238 cites W3122003154 @default.
- W4300960238 cites W3124983041 @default.
- W4300960238 cites W3127987319 @default.
- W4300960238 cites W3129596738 @default.
- W4300960238 cites W3150600622 @default.
- W4300960238 cites W3163663541 @default.
- W4300960238 cites W3164435438 @default.
- W4300960238 cites W3164624818 @default.
- W4300960238 cites W3164740901 @default.
- W4300960238 cites W3171575248 @default.
- W4300960238 cites W3181305532 @default.
- W4300960238 cites W3182434979 @default.
- W4300960238 cites W3184425103 @default.
- W4300960238 cites W3193302871 @default.
- W4300960238 cites W3199482009 @default.
- W4300960238 cites W3201829427 @default.
- W4300960238 cites W3203507340 @default.
- W4300960238 cites W3207093841 @default.
- W4300960238 cites W3209886833 @default.
- W4300960238 cites W3213189848 @default.
- W4300960238 cites W4200625293 @default.
- W4300960238 cites W4220748212 @default.
- W4300960238 doi "https://doi.org/10.1002/adfm.202208074" @default.
- W4300960238 hasPublicationYear "2022" @default.
- W4300960238 type Work @default.
- W4300960238 citedByCount "4" @default.
- W4300960238 countsByYear W43009602382023 @default.
- W4300960238 crossrefType "journal-article" @default.
- W4300960238 hasAuthorship W4300960238A5033712619 @default.
- W4300960238 hasAuthorship W4300960238A5037937624 @default.
- W4300960238 hasAuthorship W4300960238A5055608808 @default.
- W4300960238 hasAuthorship W4300960238A5062138294 @default.
- W4300960238 hasAuthorship W4300960238A5078732616 @default.
- W4300960238 hasAuthorship W4300960238A5080359581 @default.
- W4300960238 hasAuthorship W4300960238A5085153680 @default.
- W4300960238 hasAuthorship W4300960238A5087405427 @default.
- W4300960238 hasAuthorship W4300960238A5089543227 @default.
- W4300960238 hasBestOaLocation W43009602381 @default.